What is the propulsion method for the metallic orb?

NASA
Thread starter Curiousity2023
Start date May 31, 2023
Tags

Propulsion

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May 31, 2023

Curiousity2023

TL;DR Summary: A US military drone caught a fast moving metallic orb in the middle east with no visible rotors or exhaust. Its trajectory was straight so it wasn't shot like a cannon ball. What could be its propulsion method?

Here is a video of the metallic orb captured by a US drone. Wondering about the physics of how such an object could fly.

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May 31, 2023

russ_watters

Mentor

The most likely technology is helium for lift and wind for propulsion. "Metallic orb" sounds a lot like "mylar balloon". But we don't do UFO debunking here so this thread is closed.

Last edited: Jun 1, 2023

1. What is the metallic orb?

The metallic orb is a spherical object made of metal. It can vary in size and composition, but it is typically made of a combination of metals such as steel, aluminum, or titanium.

2. How does the metallic orb move?

The metallic orb moves using a propulsion method, which is the force or mechanism that propels it forward. This can be achieved through various means such as rocket engines, electric motors, or magnetic fields.

3. What is the propulsion method for the metallic orb?

The propulsion method for the metallic orb can vary depending on its size, purpose, and design. Some metallic orbs may use traditional methods such as rocket engines, while others may utilize more advanced technologies like ion thrusters or electromagnetic propulsion.

4. How is the propulsion method chosen for a metallic orb?

The propulsion method for a metallic orb is chosen based on the specific requirements and goals of the orb. Factors such as speed, efficiency, and maneuverability are taken into consideration when selecting the propulsion method.

5. Can the propulsion method for a metallic orb be changed?

Yes, the propulsion method for a metallic orb can be changed. This can be done by modifying the orb's design or by attaching new propulsion systems. However, this process can be complex and may require significant changes to the orb's structure and functionality.